homeworks energy linkedin

• 781-305-3319

Home Energy Assessments

Schedule a no-cost Mass Save® Home Energy Assessment to learn how your home consumes and loses energy. Receive a custom energy report, access Mass Save® rebates, get no-cost items, and save money & energy year-round. New 2022 rebates are available now!

Insulation & Air Sealing

Enjoy a more comfortable home during every season with energy-efficient upgrades that protect your family from outdoor temps. Get generous incentives like 75% off insulation and 100% off air sealing to cover the costs!

Get the warmth you expect from your heating system without wasting energy or money! Upgrade to a new furnace , boiler or heat pump and access 0% financing and big HVAC rebates. Affordable preventative maintenance plans are available.

Learn about your AC system with our home energy experts at a no-cost HVAC Consultation! Explore energy efficiency, access HVAC rebates, get the rebate paperwork completed for your and have all discounts applied up front.

Ductless Solutions

See how ductless mini-splits can fit a variety of heating and cooling needs! Learn about the versatility and flexibility of mini split heat pumps and see what rebates are available to make energy-efficiency even more affordable.

Preventative Maintenance

Avoid surprise breakdowns and costly repairs with the right preventative maintenance. Get peace of mind with customized care and thorough testing and make your home’s heating and cooling systems safe and reliable.

HVAC Repair & Replacement

If your HVAC system is old, your energy costs are high, or you’re tired of an unreliable system, we can help you start heating and cooling efficiently. Get fast and quality service anytime with our trained technicians.

Our Services

Monday – Friday

8:00 AM – 6:00 PM

9:00 AM – 5:00 PM

Energy Efficiency, Simplified.

101 Station Landing, Suite 110 Medford, MA 02155

(781) 305-3319

Translation Services Available

© 2021  HomeWorks Energy. All rights reserved.

HomeWorks Tri-County Electric Cooperative Overview

Homeworks tri-county electric cooperative information beta, for employer.

The trusted data and intuitive software your organization needs to get pay right.

Get direct access to executive and director pay data extracted from proxy filings and annual reports for all US public companies.

Get access to aggregate nationwide compensation data immediately, including Salary.com's largest, most comprehensive compensation dataset.

Who is HomeWorks Tri-County Electric Cooperative

About HomeWorks Tri-County Electric Cooperative: HomeWorks is a rural electric distribution cooperative that serves 26,000 meters in parts of 13 counties, from Jackson to Clare, in mid-Michigan. We are owned and controlled by the people we serve. We also have a for-profit subsidiary that provides pr... Read More

HomeWorks Tri-County Electric Cooperative's social media

Homeworks tri-county electric cooperative's address, recommended hr topics, homeworks tri-county electric cooperative's contact, hot search keywords for homeworks tri-county electric cooperative, homeworks tri-county electric cooperative reviews, homeworks tri-county electric cooperative tech stack, common company in the industry of energy & utilities, faqs for homeworks tri-county electric cooperative, 1. where is homeworks tri-county electric cooperative's headquarters.

HomeWorks Tri-County Electric Cooperative's headquarters is at 7973 E Grand River Ave, Portland, Michigan.

2. What is the official website of HomeWorks Tri-County Electric Cooperative?

The official website of HomeWorks Tri-County Electric Cooperative: homeworks.org.

3. What is the revenue of HomeWorks Tri-County Electric Cooperative?

The revenue of HomeWorks Tri-County Electric Cooperative is $50Million - $100Million.

4. What is the SIC code for HomeWorks Tri-County Electric Cooperative?

The SIC code for HomeWorks Tri-County Electric Cooperative is 4911. The SIC Industry means Electric Services.

5. What is the NAICS code for HomeWorks Tri-County Electric Cooperative?

The NAICS code for HomeWorks Tri-County Electric Cooperative is 2211. This code means Electric Power Generation, Transmission and Distribution.

6. How many people does HomeWorks Tri-County Electric Cooperative employ?

There are 51-100 people at HomeWorks Tri-County Electric Cooperative.

7. What industry is HomeWorks Tri-County Electric Cooperative in?

HomeWorks Tri-County Electric Cooperative is in the industry of Energy & Utilities.

8. What technologies does HomeWorks Tri-County Electric Cooperative rely on?

HomeWorks Tri-County Electric Cooperative is powered by such technologies as Google Global Site Tag, jQuery UI, The Trade Desk, Cloudflare.

9. What social media platforms is HomeWorks Tri-County Electric Cooperative on?

HomeWorks Tri-County Electric Cooperative is on these social media platforms: LinkedIn, Twitter, Fackbook.

10. What is the company type of HomeWorks Tri-County Electric Cooperative?

HomeWorks Tri-County Electric Cooperative can be distinguished as a private company.

11. What is the founding date of HomeWorks Tri-County Electric Cooperative?

HomeWorks Tri-County Electric Cooperative was founded in 1937.

Ancient Chinese climate change whispers a warning to the world’s green-energy leader

With no second-chances left, we can’t repeat the mistakes of the past — if we lose this history, we lose the future, by rae hodge.

To survey the vast body of Chinese archeological and cultural antiquities is to forget every fragmented parchment record you’ve ever seen tucked behind European museum glass. Shifting in territorial shape and political contour, China’s 3,500 years of written history trails behind it like a magnificent bridal train across the sweep of human civilization in a marriage to the land which has outlasted the rise and fall of Byzantine, Incan and Ottoman empires. Before the first Roman levee was ever fortified against the Tiber River, a Chinese sage-king had already so artfully tamed the ravaging waters of the Yangtze that he became known as Yu the Engineer.

Most recently, Chinese researchers have unearthed evidence that the country’s relationship to climate change has been fatal to not only many of its dynasties but to the cross-border Silk Road itself — shifting the borders of commerce for the entire early world, shaping the path we now see among its cities and kingdoms. Climate change didn’t stop there, of course. Further studies have shown that climate change from 4,000 ago in the country prompted mass civil disruptions — a discovery hinting at current global protest — and that a Venice-like Chinese city built on a sprawl of canals was yet another victim.

Yet, within the grand tapestry of this legacy, China’s greatest historical foe — responsible for the collapse of dynasties from 9th Century Tang to those of present day industrial princes — has returned. Threatening to unravel not only the country but the world itself, the merciless forces of climate change now bear down on China without restraint, and have called it into what could become the nation’s final battle. But amid the roaring devastation of the elements which now rip through the country’s people and homes, a chorus of voices sing out from the pages of China’s history. And above the din of modern political clamor, we can hear them — shouting from the literal rooftops — issuing a warning which there is still time to heed, and a hope for ingenious resolve for which there are new reason to believe. 

These are terrifying numbers. Which is why the similarly extreme measure of China’s green-energy heroics are enough to raise the hairs on the back of your neck.

Last year, brutal weather extremes dogged China, as destructive events rose in frequency and intensity through the hottest year on record. Relentless heatwaves swept through the country, with catastrophic floods leaving more than a million people displaced, bringing provinces to their knees and the nation itself to a tipping point on climate change action. 2024 is poised to be a watershed year for climate change in a country which now risks suffering the economic chaos of a 3% climate-driven GDP loss as heatwaves bite into its powerful supply chains. China stands at a tense and terrifying crossroads, singularly equipped to become either the world’s greatest climate hero — or its most dangerous foe.

Want more health and science stories in your inbox? Subscribe to Salon's weekly newsletter Lab Notes .

Our most recent hint at which way it will tilt came March 11. The official report from China’s annual lianghui or “two sessions” government meeting has perplexed climate scientists and activists at the country’s radically mixed messages about green energy plans. Leaders failed to meet critically important 2023 targets for reducing the amount of energy consumption per unit of GDP, blaming it on surging economic growth. They also announced a disappointingly ambitious goal for 2024 — setting a benchmark for a meager 2.5% energy intensity reduction — much lower than the yearly 6% it needs in order to meet its 2025 target of a 13.5% energy-demand drop. And the 18% drop in carbon intensity others say it needs to meet by the same year. These numbers seem so tiny — but China produces more greenhouse gasses than any other country in the world. At that scale, every half-percent could make or break its plan. 

The Biden administration has been pushing the country to ditch coal quicker, despite China’s decision to keep it in the energy mix. China reportedly has more coal power capacity than the rest of the world combined, worsening the near-term outlook when coupled with its plan to expand oil and gas drilling. China’s coal-burn rate has dropped 70% since 2011 , but coal plants still account for around 2.7 million jobs in the country where plant-construction is a common way to boost local economies (whether the plants ever get used).

We need your help to stay independent

For instance, that 2023 energy-goal failure offers an extraordinary reason: 40% of China’s voracious economic growth last year was in the clean energy sector. Meanwhile, the world’s renewable energy capacity overall only grew 36% (I say “only” — but that’s breaking the record for 22 years in a row). That also means China more than doubled its renewable energy capacity last year, compared to 2022 increases.

Its solar power capacity alone in 2023 was as much as the entire world’s in 2022, with Chinese companies now making 90% of the world’s solar cells — plus 60% of the world’s lithium-ion batteries for the world’s electric vehicles (which it now makes 50% of, with exports hitting a new high and 77% year-over increase.) Meanwhile, China’s wind power capacity reportedly rose by 66% year-on-year. Known as the “new three” in China, the above green energy manufacturing products accounted for 4.5% of the country’s total 2023 exports. This is driving down consumer costs and Chinese consumption is surging — which is fantastic.

The modern re-balancing of mercantile scales in China — shifting the weighty duty of economic-production from one energy sector to another — is a precarious moment for the entire world.

The clock is ticking, though. And just as it did in ancient times, weather extremes driven by climate change are again threatening to destroy the Silk Road today , where some of the world’s greatest art and architecture rely on modern leaders to protect it. Perhaps even more pointedly, climate change threatens to destroy the very parts of China which offer some of its most potent wisdom for weathering climate, which tell the story of the country’s resilience through the ages — as rising waters now creep into heritage sites .

The modern re-balancing of mercantile scales in China — shifting the weighty duty of economic-production from one energy sector to another — is a precarious moment for the entire world. Leaders must act with potentially market-rattling speed, ingenious precision and, above all, unflinchingly altruistic discipline. This is, after all, an existential crisis.

But if anyone can turn the fight into a win, it’s not going to be the U.S., nor the European Union. Only China is positioned to lead the world ’s charge — either into the safety of a flourishing green-energy economy, or straight over the burning edge. I’m not the only one who sees it, and new research is arriving every week offering strategies on how China can own the moment like the world so needs it to.

In doing so, it stands to teach the U.S. and everyone else how a nation which deeply tenders its history may stand on the shoulders of it, that its children might reach high-ground. But whether or not China answers the world’s cry, it’s already teaching America a harder lesson. If we don’t learn from our history on climate change, we aren’t doomed to repeat it — that would be the luxury of a second chance we no longer have. This time it’s for keeps. We learn from our history or we lose it altogether. 

An earlier version of this article originally appeared in Salon's Lab Notes , a weekly newsletter from our Science & Health team.

about climate change

• Climate disinformation is on the rise. Here's how to fight back
• Are humans a cancer on the planet? A physician argues that civilization is truly carcinogenic
• Brazil's struggling rainforests are so understudied, it's not clear how bad the damage is

Rae Hodge is a science reporter for Salon. Her data-driven, investigative coverage spans more than a decade, including prior roles with CNET, the AP, NPR, the BBC and others. She can be found on Mastodon at @[email protected]. 

Related Topics ------------------------------------------

Related articles.

• The Vice Chancellor and Dean
• Facts and Figures
• Our Departments
• Zachry Engineering Education Complex
• Advising and Support
• Degree Programs
• Engineering Academies
• Online Degrees by Department
• Online Courses
• Engineering Global Programs
• Admissions and Aid
• Undergraduate Admissions
• Graduate Admissions
• Transfer Students
• Entry to a Major
• Explore Engineering Career Paths
• Visit With Us
• Student Life
• Find Your Community
• Get Creative
• Interact with Industry
• Solve Problems
• SuSu and Mark A. Fischer '72 Engineering Design Center
• Meloy Engineering Innovation and Entrepreneurship Program
• Undergraduate Research
• Autonomy and Robotics
• Education and Training Research
• Energy Systems and Services Research
• Health Care Research
• Infrastructure Research
• Materials and Manufacturing Research
• National Security and Safety Research
• Space Engineering
• Partner With Us
• PK-12 and Educators
• Researchers
• Reach Our Divisions

Carbon Dioxide Proving Its Worth in Green Energy Application

April 2, 2024 By Nancy Luedke

• Current Students
• Energy and Power
• Petroleum Engineering
• Sustainability

What if we could do more with carbon dioxide (CO2) than lock it safely away in the subsurface? What if this greenhouse gas could instead be used in geothermal energy and power millions of homes worldwide?

Touka Elsayed, a master’s student in the Harold Vance Department of Petroleum Engineering at Texas A&M University, is winning attention by testing this concept in her research of geothermal reservoirs and CO2 properties. Her work involves modeling geothermal systems' size and heat transfer abilities, investigating how well CO2 would work in such systems, and analyzing the economics and technology involved.

“It’s called CO2 plume geothermal energy,” said Elsayed. “This innovation aims to harness the potential of carbon dioxide to generate geothermal energy while substantially contributing to sustainability and benefiting the environment.”

A new energy approach

Traditionally, geothermal energy can be sourced from natural reservoirs or dry rock. Natural reservoirs are usually associated with hot water or steam from beneath the geysers and other hydrothermal vents to power turbines for energy. Dry rock provides geothermal energy when drilling operations reach hot rock, and water is injected to extract heat from the rock through hot water or steam.

Elsayed is investigating a newer approach, called CO2 plume geothermal energy (CPG) systems, where carbon dioxide could be injected into hot porous reservoirs instead of water. Her modeling studies showed this approach allows for a more efficient heat extraction because CO2 has superior flow properties than water, such as being more buoyant, and thus would require less energy to make it flow out. Results revealed CPG also offers a method for carbon sequestration, providing a dual benefit of renewable energy generation and greenhouse gas reduction.

This innovation aims to harness the potential of carbon dioxide to generate geothermal energy while substantially contributing to sustainability and benefiting the environment.

Using CO 2 safely

Thanks to previous carbon capture utilization and storage (CCUS) studies, Elsayed already knew storing CO2 in the subsurface must meet specific standards to be safe and effective:

• One or more caprocks or layers of impermeable rock are needed to keep the CO2 from permeating back to the surface.
• The injection sites must be deep enough so that pressures and temperatures keep the gas dense or compact, so it takes up much less space than at sea level or above.
• Porous sedimentary rock layers or a saline aquifer must be below the caprock to house the injected gas.

Gaining recognition

Elsayed created a poster of her results and presented it at the Geothermal Rising Conference in October 2023. She won first place out of a competition of 40 posters. She was among five graduate students awarded the prestigious Geothermal Rising Marcelo Lippmann 2023 Graduate Scholarship and the only master's student.

“Knowing that a respected organization like Geothermal Rising recognized my work and believed in my potential was truly inspiring,” said Elsayed. “I felt an increased awareness about my topic, which was new to everyone there. Several companies were curious to know more.”

I always believe the journey of being an engineering student is not just about earning a degree. It is about shaping your mindset and skills to become a lifelong problem solver.

In the same conference, Elsayed presented a paper she co-authored with fellow graduate student Ahmed Merzoug and their advisor, Dr. Rita Okoroafor. The paper, “Numerical Investigation of the Effect of Fracture Aperture Anisotropy on Thermal Breakthrough Using THM Modeling,” explained how fracture surfaces can impact the long-term performance of geothermal energy from hot, dry rocks.

Factoring techno economics

Elsayed is currently performing technical and economic feasibility studies, or techno economics, of CPG systems paired with a carbon capture project.

Some of the many factors she must estimate to prove the system is feasible are:

• The different capturing technologies and the cost estimation for each. 
• The cost analysis for different components of a full CCUS value chain.
• The heat energy gained and available to sell to utilities over the lifespan of a CPG system.

Elsayed hails from Egypt and said she has enjoyed her education at Texas A&M because students are so welcoming. While her dream job would be working as a top-tier oil and gas company strategic manager, she also wants to help facilitate the energy and sustainability transitions needed globally.

“We need to be open to new ideas and technologies,” said Elsayed. “I always believe the journey of being an engineering student is not just about earning a degree. It is about shaping your mindset and skills to become a lifelong problem solver. Everyone has the potential to make a significant difference.”

• Facebook Facebook
• Twitter Twitter
• LinkedIn LinkedIn
• Email Email
• Print Print

• Future Energy Systems Center
• Studies and reports
• Funding opportunities
• Basic energy science
• Built environment and infrastructure
• Climate and environment
• Conventional energy
• Developing world
• Energy efficiency
• Nuclear energy
• Policy and economics
• Power distribution and energy storage
• Renewable energy
• Transportation
• Undergraduate education
• Graduate & postdoctoral
• Online education
• Education research
• Current members
• Energy Futures
• In the media
• Affiliations

Earth Day Colloquium: Energizing the global transition

04/22/2024  12:30 pm-1:30 pm ET

Building 54-100     ·     Register

Building 54-100

This event is open to the MIT community. Please register with your MIT email address.

Co-hosted by MIT Energy Initiative and MIT Department of Earth, Atmospheric, & Planetary Sciences

Last year shattered global heat records. The world witnessed the effects of rising temperatures in the form of devastating wildfires, severe flooding, extreme heatwaves, and more. Poor countries and communities who have contributed the least to causing the climate crisis are bearing the brunt of its accelerating impacts. But, it’s not too late to correct course, and progress on decarbonizing energy is paramount to securing a 1.5C future. Join Ani Dasgupta, the president and CEO of World Resources Institute, for a discussion on how the just energy transition in key countries can lead to a global tipping point for a more resilient, equitable world.

About the speaker Ani Dasgupta is president and CEO of the World Resources Institute (WRI), where he works to advance the institute’s global vision to improve the lives of all people and ensure that nature can thrive. He took the helm at WRI after seven years as global director of WRI’s Ross Center for Sustainable Cities, which is dedicated to shaping a future where cities work better for all people.

Under his leadership, WRI set a bold new five-year strategy—Getting the Transition Right for People, Nature, and Climate 2023-2027—which sets the course for a new era of economic opportunity to meet people’s essential needs, restore nature, and rapidly lower emissions while building resilient communities.

He developed his expertise in positions ranging from nonprofits in India to the World Bank. A widely recognized leader in sustainable cities, poverty alleviation, and building cultures of inclusion, Dasgupta has built strong cross-sector, multi-national coalitions with governments, corporations, and civil society.

Accessibility information

MIT is committed to providing an environment that is accessible to individuals with disabilities. If you need a disability-related accommodation or have questions, please contact us at [email protected] .

The largest map of the cosmos hints that dark energy is changing. It could prove Einstein wrong and upend a pillar of modern physics.

• For decades, astronomers have puzzled over dark energy and why it's pushing our universe apart.
• New data from the largest 3-D map of our universe suggests we may be wrong about dark energy.
• Dark energy was thought to be an unchanging force, but it may not be so constant, after all.

Scientists have constructed the largest 3-D map of our universe to date, and it's come with a couple of interesting surprises.

"So far, we're seeing basic agreement with our best model of the universe, but we're also seeing some potentially interesting differences," Michael Levi said in a statement released by the Lawrence Berkeley National Laboratory on Thursday.

Levi is the director for the Dark Energy Spectroscopic Instrument , DESI, which produced the new map. The instrument consists of 5,000 tiny robots attached to a telescope in Arizona that collects light from various stages of our universe.

Astronomers use DESI to look back in time, billions of years ago, to understand how our universe has changed and evolved . One of the driving forces behind that evolution is also one of our age's biggest mysteries in physics: dark energy.

Dark energy is the name astronomers have given to the unknown force that is driving our universe to expand faster and faster over time. But since its discovery in 1998, dark energy has eluded scientists, who know little about what it is or why it behaves the way it does.

DESI's detailed map could change that. It suggests that dark energy may be completely different than scientists thought, shaking a foundational pillar of our understanding of the universe.

Dark energy may not be Einstein's constant after all

Dark energy, as we understand it right now, is terrifying to think about because it means our universe is expanding faster and faster until one day galaxies will be moving away from us so quickly that their points of light in our night sky will wink out of existence.

That's the future we're headed for if dark energy continues at the rate it's going. And until Thursday, that's what many astronomers thought: that dark energy was a constant, unchanging force.

That's why astronomers have thought that dark energy could be the same thing as Albert Einstein's "cosmological constant," which was an extension of his theory of general relativity. Einstein abandoned the idea as his " greatest blunder " in the 1930s, as astrophysicist Ethan Siegal explains , but a constant dark energy would have vindicated him.

Related stories

However, this mysterious force may not be so constant, after all.

Preliminary estimates from DESI's new data suggest dark energy may be evolving and weakening. That's the new revelation scientists announced at a meeting of the American Physical Society this week.

"If true, it would be the first real clue we have gotten about the nature of dark energy in 25 years," Adam Riess, a Nobel laureate for his co-discovery of dark energy, told Quanta Magazine.

For now, this is just a hint. The data is not strong enough to be sure or to claim a discovery, Quanta reported. But the hint is enticing.

"The idea that dark energy is varying is very natural," Paul Steinhardt, a Princeton University cosmologist, told the magazine. If it were constant, "it would be the only form of energy we know which is absolutely constant in space and time."

If later data confirms these early hints of inconstant dark energy to be true, that would change what we know about the makeup and future of the universe. It would also bring scientists closer to solving the mystery of the universe's accelerating expansion.

"If this holds up, it could light the way to a new, potentially deeper understanding of the universe ," Riess said. "The next few years should be very revealing."

The 'golden era of cosmology'

DESI measured the most distant part of the universe, 8-11 billion years ago, with record precision.

Other major universe-mapping observatories are hitting the skies in the coming years. The Vera C. Rubin Observatory is about to get outfitted with the world's largest digital camera , which will allow it to map the entire southern sky over a decade, including more than 20 billion galaxies.

The European Space Agency's Euclid telescope is already in space, where its mission is to study dark energy. NASA's Nancy Grace Roman Space Telescope is expected to launch in 2027 and conduct its own inquiry on the issue.

For its part, DESI aims to map 37 million galaxies by the end of its survey.

"We are in the golden era of cosmology, with large-scale surveys ongoing and about to be started, and new techniques being developed to make the best use of these datasets," Arnaud de Mattia, a researcher with the French Alternative Energies and Atomic Energy Commission (CEA) and co-leader of the DESI team that interprets its cosmological data, said in the press release.

"We're all really motivated to see whether new data will confirm the features we saw in our first-year sample and build a better understanding of the dynamics of our universe," Mattia said.

• Main content

We've detected unusual activity from your computer network

To continue, please click the box below to let us know you're not a robot.

Why did this happen?

Please make sure your browser supports JavaScript and cookies and that you are not blocking them from loading. For more information you can review our Terms of Service and Cookie Policy .

For inquiries related to this message please contact our support team and provide the reference ID below.